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to provide useful power. It will result in a higher number than Discharge Average Volts
and represents the voltage over a more useful range.
Run Time
How long from the start of discharge until cutoff at the set discharge current? Longer is
better, if you need the time. If your races are short, that means that the pack could have
delivered more power if it was required. Maybe changing to a higher current motor, or
changing the gearing might give you more performance by allowing you to utilize more
of your pack’s stored power.
mAHr
mAHr (milliAmpere-Hours) is the capacity
of a cell or cells expressed as the product of
the discharge current in milliamperes times
the time it delivers this output current in
hours. (a mA is 1/1000 of an ampere.)
Manufacturer’s mAHr rating on the types
of cells R/C racers use is typically printed
right on the cell jacket. mAHrs can flow
into or out of the cell; in other words, we
can use mAHr to describe the rate of
charging or discharging. Due to the built-in
inefficiency of power transfer into and out
of the cell, it will always take more power
to charge up a cell or pack than the cell or
pack can deliver into a load.
You can use this to figure out how long a
pack can supply a given current before it is
spent.
mWHr
mWHr (milliWatt-Hours) is a measure of the power the cell can deliver over time. It is
measured and calculated in the T35-GFX by making a measurement of the output voltage
for a periodic mAHr rate, and multiplying the voltage measurement times the mAHr for
that time period, and totaling the result for the duration of the discharge period until
cutoff.
Relative Internal Resistance
Relative internal resistance was developed by Jeff Pack (a programmer and racer) as a
way of making cell comparisons related to the internal resistance of a cell. You can use it
to compare packs; a lower number is better.
In order to measure this parameter, a full charge/discharge, also known as a Cycle, must
be run. In order to get comparative numbers, you must use similar settings for charge and
discharge current across packs to be compared.
16
Figure 8. Close up of 3300 mAHr cells.
- Competition Electronics, Inc 1
- Turbo35-GFX 1
- User’s Manual 1
- TABLE OF CONTENTS 2
- Condition your Cells 5
- How to Use this Manual 5
- Prepping the T35-GFX for use 6
- Powering up the T35-GFX 7
- Figure 2. T35 GFX Menu Tree 8
- The Help Line 9
- Loading Factory Setups 10
- Quick Start: Charge 11
- Quick Start: Discharge 11
- Quick Start: Cycle 11
- Quick Start: Motor Run 12
- Single Cell Testing 14
- Actual Internal Resistance 15
- Peak Charge Volts 15
- Discharge Average Volts 15
- Discharge Average Volts at 1V 15
- Run Time 16
- Relative Internal Resistance 16
- Charging 17
- Peak Detect 18
- False Peaking 18
- Cell Heating 18
- Discharging 19
- Figure 10. TurboMatcher 4/35 20
- Extreme Discharge/Equalizing 22
- Superstition 22
- The T35-GFX in Detail 23
- The MODE Button 24
- The PAGE Button 25
- The START/STOP Button 25
- Charge Mode 26
- Charge Rate 27
- Peak Detect Voltage 28
- TurboFlex On/Off 28
- TurboFlex Level 28
- Long Lockout On/Off 28
- # of Peaks 28
- Interpreting the Results 29
- Other Features 29
- Discharge Mode 30
- Discharge Amps 31
- # of Cells 31
- Discharge Profile Mode 31
- Cutoff Voltage 32
- AIR ON/OFF 32
- Cycle Mode 34
- # of Cycles 34
- Cool Down Minutes 34
- Motor Run Mode 34
- Motor Volts 35
- Run Time Minutes 35
- Data Mode 35
- MAN(ual) and AUTO(matic) 36
- GRAPH MAN and GRAPH AUTO 36
- COMP MAN and COMP AUTO 37
- REAL TIME 37
- The Serial Port 37
- Real Time Data Format 38
- Interfacing an ASCII printer 39
- Using the Graphing Features 41
- Data Collection and Storage 42
- Using the Cursor 42
- Setup Mode 42
- Storing/Retrieving Setups 43
- Loading Setups 44
- Saving Setups 44
- Naming/Renaming Setups 45
- Editing Setups 45
- TurboLabel Output 46
- HyperTerminal 48
- Capturing and Saving Data 49
- Tera Term 52
- Then click “Finish” 55
- Open Office 56
- Specifications 57
- When it Doesn’t Work 58
- Figure 23. 20 amp fuses 59
- Firmware Updates 61
- ***Limited Warranty*** 62
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